def short(request):
retorno = ''
if request.GET.get('target',''):
param = request.GET.get('target','')
if 'http://localhost:8080/oshtr' in param:
retorno = "URL já encurtada pelo serviço."
else:
pair = Map.objects(url_tgt = param)
if pair.count() > 0:
#implementar o retorno
retorno = pair.get().url_sht
retorno = '<a href=''http://localhost:8080/oshtr/%s''> http://localhost:8080/oshtr/%s </a>' %(str(retorno), str(retorno))
else:
try:
novo = Map(url_tgt = param)
novo.url_sht = geraChave()
novo.save()
retorno = novo.url_sht
retorno = '<a href=''http://localhost:8080/oshtr/%s''> http://localhost:8080/oshtr/%s </a>' %(str(retorno), str(retorno))
except ValidationError:
retorno = "<font color='red'>URL inválida!</font>"
return HttpResponse(retorno)
def new(request):
"""
Funkcja zwraca stronę z formularzem do dodania nowej mapy lub zapisuje mapę
w zależności od typus żądania: GET (utwórz formularz) lub POST (zapisz formularz).
"""
formpoint = NewPointForm()
if request.method == 'POST':
form = NewMapForm(request.POST)
if form.is_valid():
map = Map()
southwest = LatLng()
northeast = LatLng()
map.name = form.cleaned_data['name']
map.tags = form.cleaned_data['tags']
map.latlngs = form.cleaned_data['latlngs']
map.city = form.cleaned_data['city']
map.distance = form.cleaned_data['distance']
southwest.latit = form.cleaned_data['swlat']
southwest.longi = form.cleaned_data['swlng']
northeast.latit = form.cleaned_data['nelat']
northeast.longi = form.cleaned_data['nelng']
southwest.save()
northeast.save()
map.southwest = southwest
map.northeast = northeast
map.save()
messages.success(request, ADDED)
return redirect('map', slug=map.slug, map_id=map.id)
elif request.method == 'GET':
form = NewMapForm()
return direct_to_template(request, 'maps/new.html', { 'form': form, 'formp': formpoint })
def show_large_map(key):
kwargs = get_template_hash()
if re.search('^\d+$', key):
kwargs['map'] = Map.all().filter("id =", int(key)).get()
elif re.search('^(\d+,)*\d+$', key):
kwargs['map_id_list'] = ",".join(str(x) for x in key.split(','))
else:
map = Map.all().filter("tag =", key).fetch(1000)
kwargs['map_id_list'] = ",".join(str(x.id) for x in map)
return render_template('show_large_map.html', **kwargs)
def maps():
if request.method == 'POST':
if ('bbox' not in request.json):
abort(400)
m = Map(request.json['bbox'])
if 'name' in request.json:
m.name = request.json['name']
db.session.add(m)
db.session.commit()
return jsonify(m.to_dict())
return jsonify([m.to_dict() for m in db.session.query(Map).all()])
def test_pool_use_lease(self):
ip = self.sub.network.host(2).dq
map = Map(subnet=self.sub)
map.save()
lease = Lease(map=map, ip=ip)
lease.save()
pool_entry = Pool.objects.get(ip=ip)
self.assertEqual(pool_entry.used, True)
self.assertEqual(pool_entry.map, map)
lease.delete()
pool_entry = Pool.objects.get(ip=ip)
self.assertEqual(pool_entry.used, False)
self.assertEqual(pool_entry.map, None)
def xml(map_id):
if re.search('^\d+$', map_id):
maps = Map.all().filter("id = ", int(map_id)).fetch(1)
else:
map_id_list = [int(x) for x in map_id.split(',')]
maps = Map.all().filter("id IN", map_id_list).fetch(1000)
for map in maps:
map.polylines = Polyline.all().filter("map =", map).fetch(1000)
map.markers = Marker.all().filter("map =", map).fetch(1000)
xml = render_template('map.xml', maps=maps)
resp = app.make_response(xml)
resp.headers['Content-Type'] = 'application/xml; charset=UTF-8'
return resp
def test_values_created_map(self):
maps = Map("46B E59 EA C1F")
expected_human_grid = [[1131, 3673], [234, 3103]]
human_grid = maps.grid
for expected_results, results in zip(expected_human_grid, human_grid):
for result, expected_result in (results, expected_results):
self.assertTrue(result, expected_result)
def init_grid(self):
"""Create map list with nest loop"""
for points in self.cord_list:
column_grid_list = []
for point in points:
grid = Map(point[0] * 80, point[1] * 80)
column_grid_list.append(grid)
self.grid_list.append(column_grid_list)
def from_db_object(self, db_object):
floor = [
self.parse_point(point) for point in db_object['floor_polygon']
]
walls = [[self.parse_point(wall[0]),
self.parse_point(wall[1])] for wall in db_object['walls']]
name = db_object["name"]
_id = db_object.get("_id")
return Map(name, floor, walls, _id)
def setMap(request, mid, name, description):
if request.user.is_authenticated():
try :
newName = replace(name, "_", " ")
newDescription = replace(description, "_", " ")
if int(mid) > 0:
m = Map.objects.get(mid=mid)
m.name = newName
m.description = newDescription
m.save()
return success()
else:
m = Map(description=newDescription, name=newName)
m.save()
return HttpResponse("insert_"+str(m.mid))
except:
return HttpResponse("Erreur "+traceback.format_exc())
return failure()
def show_path_up_righ_down_left(self):
maps = Map(
"1 20 1 1 1 1 1 1 20 1 20 20 20 1 1 20 20 20 1 20 20 20 20 1 1")
start = (0, 0)
end = (4, 4)
robot = Robot(maps, start, end, "Optimal")
print("Map with up down right left")
print(robot.maps)
print("Optimal path from file {}".format(robot.get_min_path()))
def __init__(self, filename=None):
available_grid = "46B E59 EA C1F 45E 63 899 FFF 926 7AD C4E FFF E2E 323 6D2 976 83F C96 9E9 A8B 9C1 461 F74 D05 EDD E94 5F4 D1D D03 DE3 89 925 CF9 CA0 F18 4D2"
if filename:
available_grid = self._read_file(filename)
else:
print(
"Supporting default grid: 46B E59 EA C1F 45E 63 899 FFF 926 7AD C4E FFF E2E 323 6D2 976 83F C96 9E9 A8B 9C1 461 F74 D05 EDD E94 5F4 D1D D03 DE3 89 925 CF9 CA0 F18 4D2"
)
self.map = Map(available_grid)
def list_tags():
kwargs = get_template_hash()
kwargs['tags'] = {}
for map in Map.all().fetch(1000):
for tag in map.tag:
if tag not in kwargs['tags']:
kwargs['tags'][tag] = 0
kwargs['tags'][tag] += 1
return render_template('list_tags.html', **kwargs)
def setup(): # Setup objects for the level from module courses
global level, line, par, hole, power, ball, level_map, stickyPower, superPower, mullagain
ball.color = (255,255,255)
stickyPower = False
superPower = False
mullagain = False
if level >= 10:
endScreen() # Completed the course
else:
list = courses.getPar(1)
par = list[level - 1]
pos = courses.getStart(level, 1)
ball.set_coordinates(*pos)
level_map = Map(courses.getLvl(level))
# Create the borders if sand is one of the objects
for flag in level_map.flags():
hole = MapHole(flag.x1 + 2, flag.y1 + flag.y2)
line = None
power = 1
def getMapById(self, id):
try:
data = self.getOneElementById('maps', id)
if data:
print("Successfully retrieved map")
from models import Map
return Map(*data)
else:
print("Failed to retrieve map: no map")
return None
except:
print("Failed to retrieve map: no connection", sys.exc_info()[1])
return None
def convert_maps_file_to_mongo(maps_in, json_out, map_type):
"""
Convert a maps file to the mongo format so it can be
imported with mongoimport.
"""
report_interval = 1000
map_gen = (Map.from_line(l, map_type) for l in maps_in)
for i, m in enumerate(map_gen):
json_out.write(m.to_json() + '\n')
if (i+1) % report_interval == 0:
sys.stderr.write("Converted %i maps\n"%(i+1))
def get(request):
param = request.get_full_path()
param = param.replace("/oshtr/", "")
pair = Map.objects(url_sht = param)
if pair.count() > 0:
#implementar o retorno
target = pair.get().url_tgt
retorno = HttpResponseRedirect(target)
else:
retorno = HttpResponse("Página não encontrada")
return retorno
def index():
page = int(request.args.get('page', 0))
kwargs = get_template_hash()
maps = Map.all().order('-id').fetch(PAGESIZE + 1, page * PAGESIZE)
kwargs['page'] = page
if len(maps) == PAGESIZE + 1:
kwargs['maps'] = maps[:PAGESIZE]
kwargs['nextpage'] = True
else:
kwargs['maps'] = maps
kwargs['nextpage'] = False
return render_template('list.html', **kwargs)
def createMap(name, background, difficulty, mod1, mod1Amt, mod2, mod2Amt, mod3,
mod3Amt):
newMap = Map(name=name,
background=background,
difficulty=difficulty,
modifier1Name=mod1,
modifier1Amount=mod1Amt,
modifier2Name=mod2,
modifier2Amount=mod2Amt,
modifier3Name=mod3,
modifier3Amount=mod3Amt)
db.session.add(newMap)
db.session.commit()
print('New Map Created: ', name, 'background:', background, 'difficulty:',
difficulty, 'modifier1Name:', mod1, 'modifier1Amount', mod1Amt,
'modifier2Name:', mod2, 'modifier2Amount', mod2Amt, 'modifier3Name:',
mod3, 'modifier3Amount', mod3Amt)
def addMapWithCells(db, mapData, zonesRadius, cellList):
map_ = Map(id=mapData[0], name=mapData[1], maxX=mapData[2], maxY=mapData[3])
db.session.add(map_)
db.session.flush()
for i in range(0, len(cellList)):
for j in range(0, len(cellList[0])):
if cellList[i][j] == 0:
continue
r = 0 if (cellList[i][j] == -1 or cellList[i][j] == 0) else zonesRadius[cellList[i][j]]
cell = Cell(map=mapData[0], value=cellList[i][j], radius=r, posX=j, posY=i)
db.session.add(cell)
db.session.flush()
db.session.commit()
print ('Added map {0}'.format(mapData[1]))
def list(tag=None):
mode = request.args.get('mode')
page = int(request.args.get('page', 0))
kwargs = get_template_hash()
query = Map.all().order('-id')
if tag:
query = query.filter("tag =", tag)
maps = query.fetch(PAGESIZE + 1, page * PAGESIZE)
kwargs['page'] = page
if len(maps) == PAGESIZE + 1:
kwargs['maps'] = maps[:PAGESIZE]
kwargs['nextpage'] = True
else:
kwargs['maps'] = maps
kwargs['nextpage'] = False
return render_template('list.html', **kwargs)
def game():
# Create Temp Map for Standard Game
thisMap = Map(name="Temp",
background="space1.png",
difficulty=1,
modifier1Name="",
modifier1Amount=0,
modifier2Name="",
modifier2Amount=0,
modifier3Name="",
modifier3Amount=0)
if 'id' in session:
loggedInUser = Users.query.get(session['id'])
else:
print('NO LOGGED IN USER -- GAME ROUTE')
loggedInUser = False
return render_template("game.html", thisUser=loggedInUser, thisMap=thisMap)
def post(self, group_id):
args = map_parser.parse_args()
# get group by id
group = read_group(current_user, group_id)
logger.debug(
"User '%s' (%i) adding map: '%s' to group '%s'" %
(current_user.name, current_user.id, args["name"], group.name))
# create new map
mapobj = Map(args["name"])
# make group relation
group.maps.append(mapobj)
# commit transaction
db.session.add(mapobj)
db.session.commit()
return mapobj
def test_create_valid_map(self):
maps_size_x, maps_size_y = 6, 6
maps = Map(get_str_map())
self.assertTrue(len(maps.grid), maps_size_x)
self.assertTrue(len(maps.grid[0]), maps_size_y)
# SET ICON
pygame.display.set_icon(icon)
# GLOBAL VARIABLES
angle = 0
rollVel = 0
strokes = 0
par = 0
level = 1
coins = 0
shootPos = ()
ball = Ball(0, 0, (255,255,255))
line = None
power = 0
level_map = Map([])
put = False
shoot = False
# LOAD MUSIC
if SOUND:
wrong = pygame.mixer.Sound(os.path.join('sounds', 'wrong12.wav'))
puttSound = pygame.mixer.Sound(os.path.join('sounds', 'putt.wav'))
inHole = pygame.mixer.Sound(os.path.join('sounds', 'inHole.wav'))
song = pygame.mixer.music.load(os.path.join('sounds', 'music.mp3'))
splash = pygame.mixer.Sound(os.path.join('sounds', 'splash.wav'))
pygame.mixer.music.play(-1)
# POWER UP VARS
powerUps = 7
hazard = False
def set_flag():
if request.form.get('type'):
type = int(request.form.get('type', 0))
latitude = float(request.form.get('latitude', 0))
longitude = float(request.form.get('longitude', 0))
name = request.form.get('name', '')
if not request.form.get('id'):
m = Map(type, name, latitude, longitude)
m.save()
return success('成功创建')
else:
id = int(request.form.get('id'))
m = Map.query.get(id)
if request.form.get('delete'):
m.delete()
return success('成功删除')
else:
m.type = type
m.name = name
m.latitude = latitude
m.longitude = longitude
m.save()
return success('成功更新')
return success('参数错误')
def show_map(map_id):
kwargs = get_template_hash()
kwargs['map'] = Map.all().filter("id =", map_id).get()
return render_template('show_map.html', **kwargs)
def sitemap():
maps = Map.all().order('-id').fetch(1000)
return render_template('sitemap.xml', maps=maps)
def test_delete_map(self):
'''
Usuwa mapę po utworzeniu.
'''
form = NewMapForm({
'name': 'Test',
'tags': 'test1, test2',
'city': 'Warszawa',
'latlngs': '0.1,0.2;0.3,0.4;',
'distance': '120.5',
'swlat': '0.1',
'swlng': '0.2',
'nelat': '0.3',
'nelng': '0.4',
})
self.assertTrue(form.is_valid(), 'Formularz jest niepoprawny')
map = Map()
southwest = LatLng()
northeast = LatLng()
map.name = form.cleaned_data['name']
map.tags = form.cleaned_data['tags']
map.latlngs = form.cleaned_data['latlngs']
map.city = form.cleaned_data['city']
map.distance = form.cleaned_data['distance']
southwest.latit = form.cleaned_data['swlat']
southwest.longi = form.cleaned_data['swlng']
northeast.latit = form.cleaned_data['nelat']
northeast.longi = form.cleaned_data['nelng']
southwest.save()
northeast.save()
map.southwest = southwest
map.northeast = northeast
map.save()
map.delete()
self.assertTrue(map.pk is None, 'Nieprawidłowo usunięta mapa')
def parse_xml(self, path, module):
logger.debug("parsing xml: %s", path)
# lookup tables
lookup = {}
lookup["encounter"] = {}
lookup["page"] = {}
lookup["map"] = {}
lookup["image"] = {}
lookup["npc"] = {}
lookup["quest"] = {}
# arrays
pages = []
maps = []
groups = []
encounters = []
# xml tree
tree = ElementTree.parse(path)
root = tree.getroot()
# NPCS
logger.info("parsing npcs")
for category in root.findall("./npc/category"):
for node in category.findall("*"):
tag = node.tag
name = node.find("name").text
npc = NPC()
npc.name = name
lookup["npc"][tag] = npc
# PAGES
logger.info("parsing pages")
parent = Group()
parent.name = "Story"
parent.slug = slugify(parent.name)
groups.append(parent)
for category in root.findall("./encounter/category"):
group = Group()
group.name = category.get("name")
group.slug = slugify(group.name)
group.parent = parent
if group.name == None or group.name == "":
group = parent
else:
groups.append(group)
# get all pages
for node in category.findall("*"):
# tag
tag = node.tag
# create page
page = Page()
page.meta["tag"] = tag
page.name = node.find("name").text
page.slug = slugify(page.name)
page.content = ElementTree.tostring(
node.find("text"), encoding='utf-8',
method='xml').decode('utf-8')
page.parent = group
pages.append(page)
lookup["page"][tag] = page
# QUESTS
logger.info("parsing quests")
parent = Group()
parent.name = "Quests"
parent.slug = slugify(parent.name)
groups.append(parent)
# some modules got, so use this instead
for node in root.findall("./quest/*/*"):
# for node in root.findall("./quest/*"):
# tag
tag = node.tag
# create quest
page = Page()
page.meta["tag"] = id
page.name = node.find("name").text
page.slug = slugify(page.name)
page.content = ElementTree.tostring(node.find("description"),
encoding='utf-8',
method='xml').decode('utf-8')
cr = node.find("cr").text if node.find("cr") else ""
xp = node.find("xp").text if node.find("xp") else ""
page.content += '<p><strong>CR:</strong> ' + cr + ' <strong>XP:</strong> ' + xp + '</p>'
page.parent = parent
pages.append(page)
lookup["quest"][tag] = page
# sort
pages_sorted = humansorted(pages, key=lambda x: x.name)
# MAPS & IMAGES
logger.info("parsing images and maps")
parent = Group()
parent.name = "Maps & Images"
parent.slug = slugify(parent.name)
groups.append(parent)
for category in root.findall("./image/category"):
group = Group()
group.name = category.get("name")
group.slug = slugify(group.name)
group.parent = parent
if group.name == None or group.name == "":
group = parent
else:
groups.append(group)
for node in category.findall("*"):
# tag
tag = node.tag
# create image
image = Image()
image.tag = tag
image.bitmap = node.find("./image/bitmap").text.replace(
"\\", "/")
image.name = node.find("name").text
lookup["image"][tag] = image
markers = []
# get shortcouts (markers)
for shortcut in node.findall("./image/shortcuts/shortcut"):
# create marker
marker = Marker()
marker.x = shortcut.find("x").text
marker.y = shortcut.find("y").text
shortcut_ref = shortcut.find("recordname").text.replace(
"encounter.", "").replace("@*", "")
page = None
if shortcut_ref in lookup["page"]:
page = lookup["page"][shortcut_ref]
# remove chapter numbers from page name
# maybe use a regex?
name = page.name
if " " in page.name:
first, second = page.name.split(' ', 1)
if "." in first:
name = second
marker.name = name
marker.contentRef = "/page/" + page.slug
markers.append(marker)
if markers:
# if markers not empty, its a map
map = Map()
map.parent = group
map.meta["tag"] = tag
map.name = image.name
map.slug = slugify(map.name)
map.image = image.bitmap
if node.find("./image/gridsize") != None:
map.gridSize = node.find("./image/gridsize").text
if node.find("./image/gridoffset") != None:
gridOffset = node.find("./image/gridoffset").text
map.gridOffsetX = gridOffset.split(",")[0]
map.gridOffsetY = gridOffset.split(",")[1]
map.markers = markers
maps.append(map)
lookup["map"][tag] = map
else:
# otherwise, its a image
page = Page()
page.parent = group
page.meta["tag"] = tag
page.name = image.name
page.slug = slugify(page.name)
page.content = '<p><img class="size-full" src="' + image.bitmap + '" /></p>'
pages_sorted.append(page)
# do not add to lookup tables
# sort
maps_sorted = humansorted(maps, key=lambda x: x.name)
# ENCOUNTERS
logger.info("parsing encounters")
parent = Group()
parent.name = "Encounters"
parent.slug = slugify(parent.name)
groups.append(parent)
for category in root.findall("./battle/category"):
group = Group()
group.name = category.get("name")
group.slug = slugify(group.name)
group.parent = parent
if group.name == None or group.name == "":
group = parent
else:
groups.append(group)
for node in category.findall("*"):
# tag
tag = node.tag
# create encounter
encounter = Encounter()
encounter.meta["tag"] = tag
encounter.parent = group
encounter.name = node.find("name").text
encounter.slug = slugify(encounter.name)
encounters.append(encounter)
lookup["encounter"][tag] = encounter
# get combatants
for npcnode in node.find("npclist").findall("*"):
# get positions
maplinks = npcnode.findall("./maplink/*")
# combatants count
count = int(npcnode.find("count").text)
# iterate
for x in range(count):
combatant = Combatant()
combatant.name = npcnode.find("name").text
encounter.combatants.append(combatant)
# if position on map
if len(maplinks) == count:
maplinknode = maplinks[x]
if maplinknode.find("./imagex") != None:
combatant.x = maplinknode.find("./imagex").text
if maplinknode.find("./imagey") != None:
combatant.y = maplinknode.find("./imagey").text
encounters_sorted = humansorted(encounters, key=lambda x: x.name)
# custom regex for processing links
def href_replace(match):
key = str(match.group(2)).split("@")[0]
type = match.group(1)
if type == "image" and key in lookup["map"]:
return 'href="/map/' + lookup["map"][key].slug
elif type == "image" and key in lookup["image"]:
return 'href="' + lookup["image"][key].bitmap
elif type == "encounter" and key in lookup["page"]:
return 'href="' + lookup["page"][key].slug
elif type == "battle" and key in lookup["encounter"]:
return 'href="/encounter/' + lookup["encounter"][key].slug
elif type == "quest" and key in lookup["quest"]:
return 'href="' + lookup["quest"][key].slug
else:
return key
# fix content tags in pages
for page in pages_sorted:
content = page.content
# maybe regex
content = content.replace('<text type="formattedtext">',
'').replace('<text>',
'').replace('</text>', '')
content = content.replace('<description type="formattedtext">',
'').replace('<description>', '').replace(
'</description>', '')
content = content.replace('<frame>',
'<blockquote class="read">').replace(
'</frame>', '</blockquote>')
content = content.replace('<frameid>DM</frameid>', '')
content = content.replace('\r', '<br />')
content = content.replace('<h>', '<h3>').replace('</h>', '</h3>')
content = content.replace('<list>',
'<ul>').replace('</list>', '</ul>')
# content = content.replace("<linklist>", "<ul>").replace("</linklist>", "</ul>")
content = content.replace('<linklist>',
'').replace('</linklist>', '')
content = content.replace('<link',
'<p><a').replace('</link>', '</a></p>')
content = content.replace(' recordname', ' href')
content = content.strip()
# fix links
content = re.sub(
r'href=[\'"]?(encounter|battle|image|quest)\.([^\'">]+)',
href_replace, content)
# add title
if content.startswith('<h3>'):
page.content = content.replace('<h3>', '<h2>',
1).replace('</h3>', '</h2>', 1)
else:
page.content = '<h2>' + page.name + '</h2>' + content
# assign data to module
module.groups = groups
module.pages = pages_sorted
module.maps = maps_sorted
module.encounters = encounters_sorted
return module
def test_create_string_map(self):
with self.assertRaises(ValueError) as context:
maps = Map("1312 1231 312312")
self.assertTrue(context, "Invalid map generation")
def getMapInfo(self):
return Map()
def home(email):
id = request.args.get('idUser')
listaRefuerzos = []
sizeTiles = [16,32]
if request.method == 'GET':
mapasUsuario = []
mapas = Map.query.filter(Map.idUser==id).all()
for mapa in mapas:
mapasUsuario.append(mapa.nombreMapa)
return render_template('carga.html',name=email,idUser = id,mapasUsuario = mapasUsuario)
else:
tipoCarga = request.form.get('tipoCarga')
if tipoCarga == "Abrir nuevo mapa":
mapaInput = request.files['mapaJson']
tileSetInput = request.files['tileSet']
if mapaInput.filename == '':
flash('MAPA NO SELECCIONADO')
return redirect(request.url)
elif mapaInput.filename.split('.')[1] != "json":
flash('EL MAPA NO ES ARCHIVO JSON')
return redirect(request.url)
elif tileSetInput.filename == '':
flash('PATRONES NO SELECCIONADOS')
return redirect(request.url)
else:
textJsonMap = mapaInput.read()
mapa = Map.query.filter(Map.mapa==textJsonMap,Map.idUser==id).first()
nombreMapa = Map.query.filter(Map.nombreMapa==mapaInput.filename,Map.idUser==id).first()
if mapa:
flash('YA EXISTE ESTE MAPA')
return redirect(request.url)
elif nombreMapa:
flash('YA EXITE UN MAPA CON ESTE NOMBRE')
return redirect(request.url)
else:
capaObjetos = ''
capasBackground = []
nombreTileSet = tileSetInput.filename.split('.')[0]
mapaJson = json.loads(textJsonMap)
if mapaJson["tilesets"][0]["name"] != nombreTileSet:
flash('EL CONJUNTO DE PATRONES NO COINCIDE CON EL ASOCIADO AL MAPA')
return redirect(request.url)
for layer in mapaJson["layers"]:
if "objects" in layer.keys():
capaObjetos = layer["name"]
for object in layer["objects"]:
listaRefuerzos.append(object["properties"]["type"])
else:
capasBackground.append(layer["name"])
listaRefuerzos = list(set(listaRefuerzos))
refuerzos = "-".join(listaRefuerzos)
capasBackground = "-".join(capasBackground)
nCeldasAncho = mapaJson["width"]
nCeldasAlto = mapaJson["height"]
tileWidth = mapaJson["tilewidth"]
tileHeight = mapaJson["tileheight"]
width = nCeldasAncho*tileWidth
height = nCeldasAlto*tileHeight
if ((tileWidth not in sizeTiles) or (tileHeight not in sizeTiles)) and (tileWidth != tileHeight):
flash('ERROR EN LAS CELDAS')
return redirect(request.url)
elif (width > 480) or (height > 480):
flash('EL MAPA ES DEMASIADO GRANDE')
return redirect(request.url)
if tileWidth == sizeTiles[0]:
urlCirculo = url_for('static', filename='assets/circuloAmarillo16.png')
urlTesoro = url_for('static', filename='assets/tesoro16.png')
urlBot = url_for('static', filename='assets/bot16.png')
else:
urlCirculo = url_for('static', filename='assets/circuloAmarillo32.png')
urlTesoro = url_for('static', filename='assets/tesoro32.png')
urlBot = url_for('static', filename='assets/bot32.png')
map = Map(textJsonMap,id,mapaInput.filename,tileSetInput.read(),nombreTileSet,refuerzos,capaObjetos,capasBackground,width,height)
db_session.add(map)
db_session.commit()
urlMapa = url_for('getMap',id = id, nombreMapa = mapaInput.filename)
urlTileset = url_for('getTileset',id = id, nombreMapa = mapaInput.filename)
return render_template('index.html',name=email,urlMapa = urlMapa,urlCirculo = urlCirculo, urlTesoro = urlTesoro, urlBot = urlBot, urlTileset = urlTileset, listaRefuerzos = listaRefuerzos, nombreTileSet = nombreTileSet,capaObjetos = capaObjetos, capasBackground = capasBackground,x=width,y=height)
else:
nombreMapa = request.form.get('listaMapas')
mapa = Map.query.filter(Map.idUser==id,Map.nombreMapa==nombreMapa).first()
listaRefuerzos = mapa.refuerzos.split('-')
nombreTileSet = mapa.nombreTileSet
capaObjetos = mapa.capaObjetos
capasBackground = mapa.capasBackground
tileWidth = json.loads(mapa.mapa)["tilewidth"]
if tileWidth == sizeTiles[0]:
urlCirculo = url_for('static', filename='assets/circuloAmarillo16.png')
urlTesoro = url_for('static', filename='assets/tesoro16.png')
urlBot = url_for('static', filename='assets/bot16.png')
else:
urlCirculo = url_for('static', filename='assets/circuloAmarillo32.png')
urlTesoro = url_for('static', filename='assets/tesoro32.png')
urlBot = url_for('static', filename='assets/bot32.png')
urlMapa = url_for('getMap',id = id, nombreMapa = nombreMapa)
urlTileset = url_for('getTileset',id = id, nombreMapa = nombreMapa)
return render_template('index.html',name=email,urlMapa = urlMapa,urlCirculo = urlCirculo, urlTesoro = urlTesoro, urlBot = urlBot, urlTileset = urlTileset, listaRefuerzos = listaRefuerzos,nombreTileSet=nombreTileSet,capaObjetos = capaObjetos, capasBackground = capasBackground,x=mapa.width,y=mapa.height)
def test_create_invalid_map(self):
with self.assertRaises(ValueError) as context:
maps = Map(1321321)
self.assertTrue(context, "A valid str map should be provided")